Homework Answers
Answer:
1).
T’t x T’t’ ---Parents
|
T’ |
t’ |
|
|
T’ |
T’T’ (red) |
T’t ‘(red) |
|
t |
T’t (red) |
t’t (orange) |
Red (3) : Orange (1) = 3:1
2).
T’T’ x Tt –Parents
|
T |
t |
|
|
T’ |
TT’ (Purple) |
T’t (red) |
Purple (1) : Red (1) = 1:1
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Suppose a particular species of tulip plant has four alleles for the gene that codes for...
suppose Suppose a particular species of tulip plant has four alleles for the gene that codes...
suppose
Suppose a particular species of tulip plant has four alleles for the gene that codes for flower color. The Tallele produces purple tulips, the T'allele produces red tulips, the t'allele produces orange tulips, and the tallele produces yellow tulips. These alleles have the following dominance hierarchy: T>T'>t>t. For a cross of T'Tx Tt, determine the expected purple: red : orange : yellow phenotypic ratio of offspring for flower color, (Due to limitations in the grading ability of this program,...
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using spss and write conclusion and steps
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please answer two question below
thankyou
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Suppose a particular species of tulip plant has four alleles for the gene that codes for flower color. The Tallele produces purple tulips, the T'allele produces red tulips, the t'allele produces orange tulips, and the tallele produces yellow tulips. These alleles have the following dominance hierarchy: T>T'>t>t. For a cross of T'Tx Tt, determine the expected purple: red : orange : yellow phenotypic ratio of offspring for flower color, (Due to limitations in the grading ability of this program,...
using spss and write conclusion and steps
2. The color of fruit for plant "X" is determined by two alleles A and a. When two plants with orange fruits (Aa) are crossed the following phenotypic results are present in the offspring: 27 red fruit (AA), 59 orange fruit (Aa), 24 yellow fruit (aa). So you suspect this is an incomplete dominance case, which means the phenotypic ratio should follow 1:2:1 ratio. Using the data collected to test for this hypothesis....
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please answer two question below
thankyou
e) 9; 9 3. In another plant species, the presence and type of hairs on the plant are controlled by epistatic interaction between two independently assorting genes. Gene C determines whether the plant has hairs (dominant) or not (recessive); Rene D determines whether the hairs are straight (dominant) or curly (recessive). In a cross between a straight-haired plant and a curly- haired plant, 1/4 of the offspring have no hairs. 3/8 have straight hairs,...
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